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    • 12. 发明申请
    • PACKAGING SYSTEMS FOR INCREASED FOOD PRODUCT SHELF LIFE
    • 包装系统增加食品产品保质期
    • WO1994027868A2
    • 1994-12-08
    • PCT/US1994005525
    • 1994-05-16
    • WORLD CLASS PACKAGING SYSTEMS, INC.GORLICH, Michael, P.McPHERSON, Robert, F.
    • WORLD CLASS PACKAGING SYSTEMS, INC.
    • B65B31/02
    • B65D81/245B65B7/168B65B25/067B65B31/028B65D51/185B65D77/20B65D77/30B65D81/2076B65D2251/0031B65D2251/0093B65D2565/388
    • A tray having a peripheral flange with one or more raised ledges to secure a pair of membranes to enclose the tray. A lower membrane may be attached to a first ledge of the flange. An upper membrane may be attached to a second ledge or a recessed lip of the flange without connection to the lower membrane, except through the tray. The two attachment surfaces may be separated by a trough or by being positioned on different levels to facilitate trimming of the upper membrane in a continuous manufacturing process. A method and apparatus for modified atmosphere packaging uses a rotary conveyor to transport a plurality of trays to be packaged between a plurality of stations in a circular arrangement. The trays may be loaded onto a receiving platform by depositing them over movable beds which can reciprocate downwardly in order to permit the trays to be removably held inside slots in a removable platform. Since the platform is removable from the conveyor, it may be centered in any particular station by lifting the platform from the conveyor and guiding it into a precise alignment at a particular station. The package may then be filled, its atmosphere replaced with one lower in oxygen content, and then the desired atmosphere sealed within the package. This can be done in the continuous fashion so that the film is severed from a continuous web. A package, packaging method, and packaging apparatus for facilitating the packaging of large meat products and exchanging the ambient atmosphere to establish a desired gaseous atmosphere that extends the shelf life of the product. The package includes a pair of preformed relatively rigid plastic domed or cupped members which abut along a sealing surface. The upper (318) and lower (310) package portions include flanges (312, 336) which are adapted to facilitate not only the formation of the package but its subsequent opening. A reciprocatable filling tube (320) maintains the separation between the upper and lower package portions to permit gas exchange and then may be reciprocated downwardly to allow the upper package portion to abut atop the lower package portion for sealing connection.
    • 一种托盘,其具有带有一个或多个凸起的凸缘的周边凸缘,以固定一对膜以封闭托盘。 下膜可以附接到凸缘的第一凸缘。 除了通过托盘之外,上膜可以附接到凸缘的第二凸缘或凹口,而不连接到下膜。 两个附接表面可以由槽分隔开,或者通过定位在不同的水平上以便于在连续制造过程中修整上膜。 用于改进气氛包装的方法和装置使用旋转输送机以圆形排列方式将要包装的多个托盘输送到多个站之间。 托盘可以通过将托盘放置在可移动的床上而被装载到接收平台上,所述可移动的床可以向下往复运动,以允许托盘可移除地保持在可移动平台中的槽内。 由于平台可以从输送机移除,所以它可以在任何特定的站点中心,通过从输送机提升平台并将其引导到特定站点的精确对准。 然后可以将包装填充,其气氛用一个较低的氧含量替换,然后将所需的气氛密封在包装内。 这可以以连续的方式完成,使得胶片从连续的网上切断。 一种用于促进大型肉制品的包装和交换周围环境以建立延长产品保质期的期望气体气氛的包装,包装方法和包装设备。 该包装包括一对预制的相对刚性的塑料圆顶或杯形构件,其沿密封表面邻接。 上部(318)和下部(310)包装部分包括凸缘(312,336),其适于不仅促进包装的形成而且便于其随后的打开。 可往复运动的填充管(320)保持上部和下部封装部分之间的间隔,以允许气体更换,然后向下往复运动,以允许上部封装部分抵靠下部封装部分的顶部以进行密封连接。
    • 13. 发明申请
    • LIQUID PRESERVATION DEVICE AND METHOD
    • 液体保存装置及方法
    • WO2017014638A1
    • 2017-01-26
    • PCT/NL2016/050550
    • 2016-07-22
    • VOF RECUVÉE
    • HUIJGEN, JaapVISSER, Odin Egill
    • A47G19/12B65D81/24
    • A47G19/12A47G2200/02B65D81/245
    • A liquid (4) preservation device comprising a unitary container (3) to store a liquid (4), said unitary container (3) having a neck (32), said neck (32) comprising a nominal filling level indicator (33) for indicating a nominal filling level of the container (3), and a body underneath said neck (32) and fixed to said neck (32). The liquid (4) preservation device further comprises a stopper (2) insertable into the neck (32) of the container (3), said stopper (2) comprising a stopper body (20). Said stopper body (20) comprises a passage (23) through said stopper body (20), a lower limiter (242) and upper limiter (241) that protrude into said passage (23), said lower and upper limiter (241) defining within the passage (23) a confinement space (25) in between said limiters. Said stopper (2) further comprises a floatable element (24) confined in said confinement space (25), and movable within said confinement space (25) to an upper sealing position, wherein in said upper sealing position the floatable element (24) seals said passage (23). Said stopper (2) further comprises one or more sealing elements (21) provided between the outer side surfaces of the stopper body (20) and the cylindrical inner surface of the neck (32), so as to seal in the neck (32) to prevent the leakage of gas and liquid (4) between the stopper (2) and the neck (32) of the container (3). The stopper (2) of the inventive liquid (4) preservation device can be pressed down into the neck (32) of the container (3) after the container (3) has been filled with liquid (4) up to substantially the nominal filling level so that the floatable element (24) is moved to said upper sealing position.
    • 一种液体(4)保存装置,包括用于储存液体的整体容器(3),所述单一容器(3)具有颈部(32),所述颈部(32)包括标称填充液位指示器(33),用于 指示容器(3)的标称填充水平,以及位于所述颈部(32)下方并固定到所述颈部(32)的身体。 液体(4)保存装置还包括可插入到容器(3)的颈部(32)中的止动件(2),所述止动件(2)包括塞体(20)。 所述止动体(20)包括通过所述止动件(20)的通道(23),突出到所述通道(23)中的下限位器(242)和上限制器(241),所述下限制器(241)限定 在通道(23)内的限制器之间的限制空间(25)。 所述止动器(2)还包括限定在所述限制空间(25)中的可浮动元件(24),并且可在所述约束空间(25)内移动到上密封位置,其中在所述上密封位置中,可浮动元件(24)密封 所述通道(23)。 所述止动件(2)还包括一个或多个密封元件(21),设置在止动器主体(20)的外侧表面和颈部(32)的圆柱形内表面之间,以便密封在颈部(32)中, 以防止在容器(3)的塞子(2)和颈部(32)之间的气体和液体(4)的泄漏。 在容器(3)已经充满液体(4)之后,本发明液体(4)保存装置的止动器(2)可以被压入容器(3)的颈部(32)中,直到基本上标称填充物 使得可漂浮元件(24)移动到所述上密封位置。
    • 15. 发明申请
    • SYSTEM AND METHOD FOR PRESERVING WINE AND OTHER PERISHABLE SUBSTANCES
    • 用于保存葡萄酒和其他可察觉物质的系统和方法
    • WO2014152721A1
    • 2014-09-25
    • PCT/US2014/027660
    • 2014-03-14
    • BAZOBERRY, Carlos, Fernando
    • BAZOBERRY, Carlos, Fernando
    • B65D81/24B65D81/20
    • B65D81/28A23L2/44B65D81/2076B65D81/245B67D1/0885C12H1/14
    • A volumetric displacement preservation system for preserving a volume of flowable substance in a vessel. A fluid exchange structure has a stopper, a head portion, and a fluid exchange valve with a first condition where fluid inlet and exhaust pathways in the fluid exchange structure are simultaneously closed and a second condition where the fluid inlet and exhaust pathways are simultaneously opened by conduit joining portions in the fluid exchange valve. A chamber retains a volume of preservative gas and is connected to the fluid inlet pathway externally to the vessel. The preservative gas can be supplied from the chamber into the vessel through the fluid inlet pathway as liquid is exhausted through the fluid exhaust pathway. The chamber can be replenished from preservative gas displaced from the vessel in a reverse volumetric displacement process or from preservative gas supplied by a preservative gas production canister.
    • 用于保存容器中流动物质体积的体积位移保存系统。 流体交换结构具有止动器,头部和流体交换阀,其具有第一状态,其中流体交换结构中的流体入口和排气通道同时关闭,以及第二状态,其中流体入口和排气通道同时由 导管接合部分在流体交换阀中。 一个室保留一定量的防腐气体,并连接到容器外部的流体入口通道。 当液体通过流体排放通道排出时,防腐气体可以通过流体入口通道从室供应到容器中。 可以从反向体积置换过程中从容器中排出的防腐气体或由防腐气体生产罐提供的防腐气体中补充该室。
    • 16. 发明申请
    • CLOSURES FOR SEALING OR PRESSURIZING PARTIALLY-FILLED BEVERAGE CONTAINERS AND METHODS RELATED THERETO
    • 用于密封或加压部分填充饮料容器的封闭件及其相关方法
    • WO2014133704A1
    • 2014-09-04
    • PCT/US2014/013540
    • 2014-01-29
    • STONEVALE PRODUCTS, LTD.
    • JEPSON, Craig, S.
    • B65D81/24
    • B65D81/245B65B1/04G06F17/30
    • Apparatus and methods for sealing beverage containers are disclosed. In one embodiment, a beverage container cap for resealing a beverage container comprises a cap member and an inflatable member. The cap member is configured to sealingly couple with an opening of a bottle. The cap member defines a pathway for selectively communicating gas through the cap member. For example, a pump can provide air through the pathway and to an interior side of the cap member that sealingly couples with the opening of the bottle. The inflatable member is configured to couple to the cap member and to expand in volume upon receiving gas from the pathway. The inflatable member includes a fluid impermeable layer and an elastic layer.
    • 公开了用于密封饮料容器的装置和方法。 在一个实施例中,用于重新密封饮料容器的饮料容器盖包括盖构件和可膨胀构件。 帽构件构造成与瓶的开口密封地联接。 盖构件限定用于选择性地将气体通过盖构件连通的路径。 例如,泵可以通过该通道提供空气,并且能够与帽部件的内部侧密封地与瓶的开口相连。 可膨胀构件构造成在从通道接收气体时联接到盖构件并且在体积上膨胀。 可膨胀构件包括不透液体层和弹性层。
    • 19. 发明申请
    • VOLUME ADJUSTED PRESERVATION CONTAINMENT SYSTEM
    • 体积调节保存系统
    • WO2010102044A2
    • 2010-09-10
    • PCT/US2010026101
    • 2010-03-03
    • SHANI GIDI
    • SHANI GIDI
    • B65D81/24A47J47/10B65D21/08B65D25/02B65D51/16B65D51/24
    • A47J47/10B65D81/2038B65D81/245
    • In an embodiment of the invention, reactant sensitive substances are stored in a container where a diaphragm inside the container is expanded to reduce air in contact with the substances. In an embodiment, an inner diaphragm is expanded by pushing on an outer diaphragm and forcing the inner diaphragm towards the substance where the gas containing the reactants is forced out a one-way valve. In an embodiment of the invention, a second one-way valve allows air into a container void space between the inner and outer diaphragms when a force is applied to the outer diaphragm that pumps out the gas and brings the inner diaphragm into contact with the substance. To open the container, the vacuum can be released by pressing a first one-way conditional valve which releases air into the container. A second one-way conditional valve can release the air trapped in the container void space.
    • 在本发明的一个实施方案中,将反应物敏感物质储存在容器内,其中容器内的隔膜膨胀以减少与物质接触的空气。 在一个实施例中,通过推动外隔膜并迫使内隔膜朝向将含有反应物的气体排出单向阀的物质膨胀内部隔膜。 在本发明的一个实施例中,第二单向阀允许空气进入内膜和外隔膜之间的容器空隙,当将力施加到外隔膜上时,该外隔膜泵出气体并使内隔膜与物质接触 。 为了打开容器,可以通过按压将空气排放到容器中的第一单向条件阀来释放真空。 第二个单向条件阀可以释放被困在容器空隙中的空气。
    • 20. 发明申请
    • VIAL ASSEMBLY AND METHOD FOR REDUCING NOSOCOMIAL INFECTIONS
    • 葡萄膜组件和减少医院感染的方法
    • WO2008039686B1
    • 2008-07-24
    • PCT/US2007079014
    • 2007-09-20
    • YANDELL MARION E
    • YANDELL MARION E
    • A61B19/00
    • B65D81/245A61J1/1406A61J1/1412A61J1/1468A61J1/18B65D51/002
    • Vacuum break vial assembly and method for reducing the incidence of nosocomial infections, comprising a vial stopper having a 2-part withdrawn-fluid volume compensation assembly having a barbed vent element that secures an apertured needle sheath, a bladder- retainer tube and an expandable/unfoldable bladder. The vial has an aluminum cap holding a plastic flip-off top that removes a central portion of the cap to permit access by hypodermic needle through the stopper into the needle sheath. No pre-pressurization of the vial by ambient contaminated air via the hypodermic can occur.. Rather, the needle is inserted in the vial through the stopper and the medicinal fluid withdrawn. Air is inlet into the separate bladder which expands to permit withdrawal of fluid into the hypodermic without vacuum lock. No air having pathogen vectors is introduced into the vial medicinal fluid as the bladder isolates volume-compensating air from the medicinal fluid. Plural embodiments are shown.
    • 用于减少医院感染发生率的真空破坏瓶组件和方法,包括具有两部分撤回液体体积补偿组件的瓶塞,其具有将有孔针护套固定的带倒钩的通气元件,气囊保持器管和可扩张/ 可展开的膀胱。 该小瓶具有一个铝盖,该铝盖容纳一个塑料翻盖顶部,该顶盖移除盖的中心部分以允许皮下注射针通过塞子进入针套。 不会由环境污染空气通过皮下注射器对瓶进行预加压。相反,通过塞子将针插入小瓶中,并将药液抽出。 空气进入单独的囊状物,其膨胀以允许流体进入皮下而不需要真空锁定。 由于膀胱从医用液体中分离出体积补偿空气,因此没有病原体载体的空气被引入药瓶的药液中。 显示了多个实施例。